Encoding and updating spatial information presented in narratives.

Area of Science:

• Cognitive Psychology
• Spatial Cognition
• Narrative Comprehension

Background:

• Understanding how people mentally represent and update spatial information from narratives is crucial for cognitive science.
• Previous research suggests spatial updating occurs readily in perceptually experienced environments.

Purpose of the Study:

• To investigate if readers update directional spatial relations in narrative-based mental models after protagonist rotations.
• To determine if sensorimotor engagement (physical rotation, visualization) facilitates spatial updating from narratives.

Main Methods:

• Participants memorized object locations from stories, then read about protagonist rotations.
• Judgments of object relations were made after described rotations.
• Experiments involved physical rotation matching/mismatching and visualization instructions.

Main Results:

• Participants relied on initial spatial representations, not updated ones, after described rotations.
• Physical movement and visualization did not enhance updating of narrative spatial relations.
• Updating spatial information from narratives differs from updating in perceptual environments.

Conclusions:

• Mental models of narrative environments are less dynamic than those of perceived environments.
• Sensorimotor processes do not readily update spatial relations in situation models from text.
• Narrative comprehension may involve more static spatial representations compared to direct experience.